The renewed importance of railways worldwide has stimulated a need for innovation applied to the system as a whole over a range of disciplines, and control engineering is one of the important disciplines for the industry. This paper summarises the possibilities of using advanced control in general, and discusses the opportunities and challenges for the railway vehicles in particular
Since the concept of active suspensions appeared, its large possible benefits has attracted continuo...
This chapter uses a railway vehicle as an example of a mechanical dynamic system to which control ca...
Active suspension is a term where active components are incorporated in a mechanical suspension syst...
Paper reviews the basic theory relating to active control in suspension systems, with a view to iden...
The most notable progress which has taken place in the design and development of railway rolling sto...
As active suspension control is becoming an established technology for railways, it is time to look ...
Future railway trends require travelling at high speeds without deterioration in the ride quality, b...
Railways vehicles have principally been designed by mechanical engineers since railways began in the...
Railways in Europe have enjoyed something of a renaissance over the last decade or two, but further ...
Railway in Europe have enjoyed something of a renaissance over the last decade or two, but further a...
The study of rail vehicle dynamics requires a comprehensive understanding of electrical, mechanical,...
Over the last twenty to thirty years, railway vehicle dynamics has changed from being an essentially...
Since the concept of active suspensions appeared, its large possible benefits has attracted continuo...
Since the concept of active suspensions appeared, its large possible benefits has attracted continuo...
This chapter uses a railway vehicle as an example of a mechanical dynamic system to which control ca...
Active suspension is a term where active components are incorporated in a mechanical suspension syst...
Paper reviews the basic theory relating to active control in suspension systems, with a view to iden...
The most notable progress which has taken place in the design and development of railway rolling sto...
As active suspension control is becoming an established technology for railways, it is time to look ...
Future railway trends require travelling at high speeds without deterioration in the ride quality, b...
Railways vehicles have principally been designed by mechanical engineers since railways began in the...
Railways in Europe have enjoyed something of a renaissance over the last decade or two, but further ...
Railway in Europe have enjoyed something of a renaissance over the last decade or two, but further a...
The study of rail vehicle dynamics requires a comprehensive understanding of electrical, mechanical,...
Over the last twenty to thirty years, railway vehicle dynamics has changed from being an essentially...
Since the concept of active suspensions appeared, its large possible benefits has attracted continuo...
Since the concept of active suspensions appeared, its large possible benefits has attracted continuo...
This chapter uses a railway vehicle as an example of a mechanical dynamic system to which control ca...
Active suspension is a term where active components are incorporated in a mechanical suspension syst...